Atomic hydrogen is in thermodynamics equilibrium with its radiation. Find: (a) the ratio of probabilites of induced and spontaneous radiation of the atoms from the level `2P` at a temperature `T=3000K`, (b) the temperature at which these probabilites become equal.

Atomic hydrogen is in thermodynamics equilibrium with its radiation. F

1.	Atomic hydrogen is in thermodynamics equilibrium with its radiation. Find: (a) the ratio of probabilites of induced and spontaneous radiation of the atoms from the level `2P` at a temperature `T=3000K`, (b) the temperature at which these probabilites become equal.
Answer» Atomic hydrogen is in thermodynamics equilibrium with its radiation, Find: (a) the ratio to probabilites of induced and spontaneous radiations of the atom from the level `2P` at a temperature `T=3000K`, (b) the temperature at which these probabilites become equal.

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Atomic hydrogen is in thermodynamics equilibrium with its radiation. Find: (a) the ratio of probabilites of induced and spontaneous radiation of the atoms from the level `2P` at a temperature `T=3000K`, (b) the temperature at which these probabilites become equal.

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